QTT field note · 2019-09-18

Quantum Traction Theory : Tbilisi Interpretation

Abstract:

In double slit experiment in Quantum physics, if you shot one particle at the same time, the wave pattern will appear. It seems, the particle passed both slits at the same time and interacted with itself as a wave. (copenhagen interpretation)

We have a new interpretation for this phenomena and we call it “Tbilisi Interpretation. ”

This Interpretation is based on Quantum Traction Theory and talks about the nature of Quantum Physics and General Relativity with different point of view.

Details:

In Quantum Traction Theory, we talk about the Barba System. Barba system is similar to subspace concept, with a few important details:

Barba system represents same clock, same space and same reality as the particle itself, however in the eyes of observer it has a different shape and space representation until it collapses back to the same reality as particle. So let’s say, instead of X number of pixellates representing and holding the space/time/reality of particle A, X*Y number of pixellates will represent and hold the space/time/reality of the Particle A and what we see before collapse of the Barba system (which is different by Field / Wave function in Quantum physics, because Barba system definition is governing *time* based on the clock of that particle, but wave function in Quantum physics is *governed* by time.

Now, let’s interpret double slit, one particle at a time experiment with this interpretation.

Each time, that we are shooting a particle with the same velocity and parameters, it creates same shape Barba System. so in the time of collapse particle will end up based on the shape of that Barba system (and like a wave). But actually, particle moved through observer’s space in its own Barba system and only through one of the slits. however, as we start to collapse more Barba systems, the shadow on the wall, is getting more and more vivid as all of the Barba systems have similar shape and int the time of collapse, they shadow on the wall by letting the particle collapse into the observer’s space/time/reality with similar rate of probability on the wall. So the wave function that we see on the wall, is actually the result of collapsing different waves but with similar shape.